Development of finite element modeling for magnetoacoustic wave generation for non-destructive tomography

Abstract

This research report describes the study of the development of finite element modeling for magnetoacoustic wave generation for non-destructive tomography. In the study, the two-dimensional finite element model is used for the generation of magnetoacoustic wave in the mimic biological tissue model. The Gaussian pulse is applied as the excitation pulse in this research. The result of signal capturing at the boundary of mimic tissue model is used for the reconstruction cross-section image which is agreed to the original conductivity distribution.